Question

2. Find the reflection coefficient, SWR, and the input impedance at the distance & from the end of the line for the transmission line with characteristic impedance Zo and the load impedances: (a) capacitance C (b) inductance L (c) impedance ZĻ = Zo (d) another transmission line with characteristic impedance Ž (e) open circuit (R = ) (f) short circuit (R = 0)

Answer 1

Answer! Given that cuation is. =). The given reflection -co-efficent to swr, and imput inde pendene. - - According to collect from the dat. > let us assume that the data of followed. » Now we have to consider that the data - To find out the reflection to the resistance of the SWR B.. g Given that capacitance 2. so, Now. Yle joc JWC aft is the tranction of the charcterstic indepere zo is relection as. of

2-80 stro - 1-rojac trojux Tel - Ultcrowcz Wi-crowcz tlul -) The scanding wave Ratio SWR= I-12) - The imput inde pendance at a distanced fromland Vi tirotan Bl. Box: X 80+5&ltan Bd. - Irowctangl rox i Crowe+tang) Yowe (templ-1) . Xip=80x on row ct tanßd, Too - Given that inductancehu. The load impendence is inductance 8(=jWL.

- so, we have the refelct the coctfcient 70-ادل 10-L وارد IWLtro. retro Trotol) Plus) – VCP+9021 to the stor= 1 thee) - 14 = d. Hlut) abc Given that impedance 82=%. a) The load impedane 8=80. 8e-80 = 80-80 20. -The reflection coefficent i= ntro lucao. 1+57) - 0 -1. SWR= wil - rot irotan Bd. Vip=80x Sotirotarpl... " =>d Given that transmission line is 81=r

-2=r =>JI) = 1 /-k constant, &ltirotanßd - Vilp-rox Toturitanda corcait (R=00) e Given that open - The reblection = VI=1. SWRE (Ahed = 0 -) jro cotod r.) af! Given that short circuit CR=0) dla 4- Xi-80 = -1 IL+80 lo L = ). SORS Hrd SAR- /467) =) jro tampa :- Here the given all enuations are proved